Som's Tech World...: Active Object Design Pattern - and a simple implementation using Julia - from Active Object paradigm of Symbian S60 to today's journey in Julia - a checkered career
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https://share.google/F9t7RBei3rxgWA08P
#concurrency #julia #posa #concurrentdesignpattern

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The story starts with a common problem: Python is a fantastic language for rapid prototyping, data analysis, and orchestrating complex tasks. However, when it comes to raw computational speed, especially for number-crunching or highly parallelized operations, it can fall short. C++ and other compiled languages, on the other hand, excel in these areas. The question was, how do you get the best of both worlds?
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https://dev.to/sommukhopadhyay/the-story-of-pybinding-a-python-wrapper-around-c-2po0

The std::barrier class is a synchronization primitive introduced in C++20. It allows a set of threads to synchronize at a certain point in their execution. It is similar to the std::latch class, but it can be reused multiple times.
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https://dev.to/sommukhopadhyay/the-barrier-in-c-20-concurrency-the-programmer-in-me-is-still-thriving-268h

Python is where ideas move fast. C++ is where performance lives. For years, gluing the two together meant choosing between power, safety, and sanity. Enter nanobind —a modern, minimalist bridge that lets C++ and Python talk to each other cleanly, efficiently, and without ceremony.
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https://dev.to/sommukhopadhyay/nanobind-the-bridge-between-c-and-python-fna

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